1 - Glycolysis and Kreb's Model · 2014-09-01 · The Kreb’s Cycle Model Using coloured...

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Glycolysis Model Using coloured construction paper to represent different atoms (C, N, O, P, H), make a model to show the reactions involved in glycolysis. You are responsible for showing the level of detail shown in your textbook (pg. 98 ). The coenzyme NAD + and the adenosine part of the ATP and ADP molecules can be represented by different shapes. Be sure to include the name of each carbon compound and draw arrows to show the direction of the reactions.

Transcript of 1 - Glycolysis and Kreb's Model · 2014-09-01 · The Kreb’s Cycle Model Using coloured...

Page 1: 1 - Glycolysis and Kreb's Model · 2014-09-01 · The Kreb’s Cycle Model Using coloured construction paper to represent different atoms (C, N, O, P, H), make a model to show the

Glycolysis Model

Using coloured construction paper to represent different atoms (C, N, O, P, H), make a model to show the reactions involved in glycolysis. You are responsible for showing the level of detail shown in your textbook (pg. 98 ). The coenzyme NAD+ and the adenosine part of the ATP and ADP molecules can be represented by different shapes. Be sure to include the name of each carbon compound and draw arrows to show the direction of the reactions.

Page 2: 1 - Glycolysis and Kreb's Model · 2014-09-01 · The Kreb’s Cycle Model Using coloured construction paper to represent different atoms (C, N, O, P, H), make a model to show the

The Kreb’s Cycle Model

Using coloured construction paper to represent different atoms (C, N, O, P, H), make a model to show the reactions involved in pyruvate oxidation and Kreb’s cycle. You are responsible for showing the level of detail shown in your textbook (pg. 102). The coenzymes NAD+ , FAD+ and the adenosine part of the ATP and ADP molecules can be represented by different shapes. Be sure to include the name of each carbon compound and draw arrows to show the direction of the reactions.